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237 bytes added ,  03:07, 30 September 2020
Let's not use duct tape for closing it up.
==Disassembly==
This is a minimally-destructive disassembly method that will allow the payload to be held back together with about two feet of duct tape if you wish to reuse the payload for another weather balloon flight.
[[File:20200926 203639.jpg|thumb|Partially-disassembled LMS-6 Radiosonde, with upper styrofoam shell removed. Some RF shielding removed. Rechargeable cells in use for testing purposes.]]
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#Make sure radiosonde circuit board is properly aligned and seated into the bottom half of the shell.
#Replace small styrofoam brick to hold power wires into the compartment. Do not connect any power wires together yet.
#Route the antenna flat against the bottom of the shell and place duct tape over the hole.#Place upper half of shell onto lower half of shell#Using about 20 inches of Duct tape, close the edge of the radiosonde shell, ensuring that the weather sensors are able to exit the side of the shell where they originally did.#Using a small piece Affix the two halves of tapethe radiosonde shell together. Long, close sturdy zip-ties (one around where the area between plastic strap goes, another one or two perpendicular to it over the top and bottom) would likely work well and remain intact while exposed to the weather sensor wirespotentially harsh and cold elements at high altitudes. Alternative closures could be twine (if properly tied) or hot glue, which seems to be what is used to seal the radiosonde at the factory. You Glues and cements may wish to make further re-use additional tape problematic if you intend to keep recover and fly the shell closed effectivelyradiosonde multiple times.
#Place the plastic strap around the radiosonde as originally equipped. You can likely push the staples back into the styrofoam if they're left intact.
#Optionally, re-attach the paper wrapper to the payload, or feel free to attach your own wrapper or identification.
#Replace the plastic pins that hold the plastic strap to the radiosonde payload. You will need to push these pins through the duct tape applied in step 8.#Ensure all sensors and antenna are extended and oriented properly. Be sure to bend the antenna into a dipole orientation similar to how it shipped (about 5.75" of the shorter lead folded back and held about 0.5" away from the twin-lead coming from the radiosonde)#Optionally, use a loop of duct tape to ensure the dipole antenna remains positioned appropriately, similar to how the antenna was originally rigged.
#Attach radiosonde strap to flight rigging (rope/parachute/balloon or your choice of drone, kite, etc)
#Remember to connect the red and white wires, and do a pre-flight telemetry verification immediately before launch.

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